Chat with us, powered by LiveChat WIMs transition to ERP Welding Industries Malaysia (WIM) is the only local Malaysian company that manufactures welding machines for commercial use - Writeedu

WIMs transition to ERP Welding Industries Malaysia (WIM) is the only local Malaysian company that manufactures welding machines for commercial use

 

WIM’s transition to ERP

Welding Industries Malaysia (WIM) is the only local Malaysian company that manufactures welding machines for commercial use. WIM’s remarkable success story, which includes surviving the 1997/8 financial crisis and the rise of competition from China, is attributable to the very effective enterprise resource planning (ERP) system it has adopted. In the past, WIM was using a materials resource planning (MRP) system, but this system, while a large advance over paper-based management techniques, nevertheless created many problems as the company’s operations expanded. MRP systems do not integrated information from various divisions within a company, but instead automate processes and information within departments. For WIM this meant there was no platform with which to integrate data from different departments, there was a prevalence of data duplication and redundancy, and inconsistent data were supplied to managers. In addition to this, the departments within the company were acting as separate entities and information was not being shared. The growing size of the firm and the corresponding increase in the sizes of departments also bogged down the flow of information. There were no predefined standards for data communications and information was often lost. In the absence of an enterprise-wide approach to information, WIM had a difficult time meeting production schedules. The lack of communication of vital information resulted in a loss of crucial resources; that is, people, material, and machinery. Senior management could not obtain a complete view of the company as a whole, but instead had to rely on piecemeal reports from each division. As Keng Foon Leong, General Manager, WIM, explained, “The local MRP system had the manufacturing modules, but it couldn’t manage huge data. We could not see our material movement on our previous system”. Overall productivity of the manufacturing process was falling, employees were disengaged and customers did not return. This set alarm bells ringing.

Based on the problems in their existing system, the management at WIM developed a set of objectives to guide the development of a new system. The objectives included an increase in the visibility and sharing of all reports on manufacturing; improved coordination across functional departments to increase efficiency; better management of procurement and inventory processes; the facilitation of day-to-day management; and the 24×7 availability of financial information of the entire firm. Management also demanded standardization of data formats across the company, and greater accuracy, along with remote access and improved security. They also decided that the inclusion of best practices and other vital information could lead to an increase in productivity and greater ownership.

After careful assessment, WIM decided to hire the services of Epicor Software Corporation for their ERP needs. Epicor is a software solutions provider to various enterprises in the manufacturing, distribution, retail, and service industries. Epicor has over 40 years of experience and has more than 20,000 customers in over 150 countries. “We reviewed a number of ERP vendors. We looked at each system and its functionality. Epicor stood out with its ability to link to our operations and provide the data we needed” said Leong. The first step was to put together a functional team comprising project management, IT systems managers, and executive management. The project management team defined the scope of the ERP system, assessed available resources at WIM, and budgeted the cost of implementation. The executive team ensured that the resulting system achieved business objectives and strategies, while technical expertise and support was provided by the IT team. A communication plan was designed to keep each individual member informed about current progress and the next steps in the plan. This was an essential part of change management at WIM. The system was implemented using a phased approach, since Epicor believes that key functionalities of the system need to be implemented in the first phase, followed by less major processes in the second phase, and so on.

ERP at WIM has changed the way the firm functions. The role of ERP in managing manufacturing processes now extends from procurement all the way to consumption. Holistic information on material, machinery, and labor, such as the cost structure of all raw materials, can now be accurately assessed. WIM is now able to utilize its resources to reap maximum profits. ERP has also integrated different departments at WIM, resulting in increased efficiency in operations at the firm. The manufacturing process can now be effectively and minutely planned using ERP, through the identification of the tasks and activities underlying each process, and the time required to complete them. The start and end times of sequences are estimated, and this enables the manufacturing process to be carried out smoothly, with any delays being immediately flagged up for further action, thus minimizing downtime. Better planning also facilitates effective monitoring of the process. In addition to these positive outcomes, the complexity of risk management and issue management is reduced thanks to the increased visibility of process information.

The implementation of Epicor’s ERP software has helped WIM to scale up its operations. As Leong explains, “Epicor provides us with greater visibility over our material movement and having an advanced MRP system within a comprehensive solution like Epicor is very important to the business.” The success of any manufacturing company also lies in how inventory is utilized. The software tracks and controls all procurement activities, schedules production processes, manages costs, and generates information that helps WIM to manage its inventory. It accurately forecasts the demand for materials and provides clear visibility into the lead time of ordered material. WIM purchases materials near the time of consumption, which leads to a reduction in maintenance of inventory levels in the organization. For instance, when quantities of a particular raw material exceed the minimum level or the maximum level respectively, an email alert is generated by the system to notify users, who can then decide whether to procure further quantities.

Furthermore, accurate information from all departments is recorded on the system, and this allows WIM to measure performance against key indicators in order to improve the quality of its business. As Leong notes, “Epicor has helped us to save money because we can make business decisions more clearly. We know that the data is accurate and the reports are correct. We can call on the Epicor system to support our decision-making process and let us make decisions faster and justify our spending.

Instructions: Read the above case and answer all following questions. Your answers must be clear, well-organized, and more importantly display in-depth analysis of the case.

1. What problems led WIM to implement an ERP system?

2. What strategic business objectives (refer to chapter 1) WIM was trying to achieve through the implementation of the ERP system? Thoroughly analyze these strategic objectives by providing details.

Management Information Systems: Managing the Digital Firm

Sixteenth Edition • Global Edition

Chapter 1

Information Systems in Global Business Today

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1

Learning Objectives

1.1 How are information systems transforming business, and why are they so essential for running and managing a business today?

1.2 What is an information system? How does it work? What are its management, organization, and technology components? Why are complementary assets essential for ensuring that information systems provide genuine value for organizations?

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2

What Is a System?

A system is a collection of components form a unified whole that are organized for a common purpose.

Elements of a system:

Components

Dynamics.

Boundary.

Purpose.

Examples: human body, cars, a university.

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3

What Is an Information System?

Information technology: the hardware and software a business uses to achieve objectives

Information system: interrelated components that manage information to:

Support decision making and control

Help with analysis, visualization, and product creation

Data: streams of raw facts

Information: data shaped into meaningful, useful form

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4

What Is an Information System?

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5

I T Infrastructure

Set of physical devices and software required to operate an enterprise

Components of I T Infrastructure

Computer hardware platforms

Operating system platforms

Enterprise software applications

Data management and storage

Networking/telecommunications platforms

Internet platforms

Consulting system integration services

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6

The I T Infrastructure Ecosystem

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Figure 5.8, Page 177

Full description: The seven components of the IT ecosystem that must be coordinated include the following. Internet Platforms such as Apache, Microsoft I I S, dot net, Unix, Cisco, and Java. Computer Hardware Platforms such as Dell, I B M, Oracle Sun, H P, and Apple. Operating System Platforms such as Microsoft Windows, Unix, Linux, Mac O S X, Chrome, Android, and i O S. Enterprise Software Applications including middleware such as S A P, Oracle, Microsoft, and I B M. Networking and Telecommunications such as Microsoft Windows Server, Linux, Cisco, A T and T, and Verizon. Consultants and System Integrators such as I B M, H P, and Accenture. Data Management and Storage such as I B M D B 2, Oracle, S Q L Server, Sybase, My S Q L, E M C, Apache, and Hadoop.

7

Evolution of I T Infrastructure

General-purpose mainframe and minicomputer era: 1959 to present

Personal computer era: 1981 to present

Client/server era: 1983 to present

Enterprise computing era: 1992 to present

Cloud and mobile computing: 2000 to present

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8

Stages in I T Infrastructure Evolution

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Illustrated here are the typical computing configurations characterizing each of the five eras of IT infrastructure evolution.

Full description: The first three stages in I T infrastructure evolution include the following. 1, Mainframe or Minicomputer, 19 59 to present. An illustration next to this step shows A mainframe computer hardwired to three personal computers. 2, Personal Computer, 19 81 to present. An illustration next to this step shows Three stand alone personal computers. 3, Client or Server, 19 83 to present. An illustration next to this step shows a Server networked with two clients.

This slide shows the portion of Figure 5-2 that illustrates the last two eras of IT infrastructure evolution discussed two slides previously. The enterprise Internet graphic represents several individual networks linked together into an enterprise-wide network. The cloud computing graph represents several types of technology that are capable of connecting to the Internet and accessing applications and services through a cloud. There is a Learning Track on the stages of IT infrastructure evolution.

Full description: 4, Enterprise Computing, 19 92 to present. An illustration next to this step shows an Enterprise server connected to the Internet. the enterprise server is also connected to three separate client and server networks. 5, Cloud Computing, 2000 to present. An illustration next to this step shows the following. Encompassed within a, cloud, are the Internet, laptops, smartphones, client and server networks, networks of hardware, software, and services.

9

Multitiered (N-Tier) Client/Server Network

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10

Technology Drivers of Infrastructure Evolution

Moore’s law and microprocessing power

Computing power doubles every 2 years

Quantum Computing

Law of Mass Digital Storage

The amount of data being stored each year doubles

Metcalfe’s Law and network economics

Value or power of a network grows exponentially as a function of the number of network members.

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11

Moore’s Law and Microprocessor Performance

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12

Falling Cost of Chips

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13

What Is an Information System?

Activities in an information system that produce information:

Input

Processing

Output

Feedback

Sharp distinction between computer or computer program versus information system

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14

What is an Information System?

Feedback

Output is returned to appropriate members of organization to help evaluate or correct input stage

Computer/computer program vs. information system

Computers and software are technical foundation and tools, similar to the material and tools used to build a house

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15

Figure 1.4 Functions of an Information System

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16

Data and Information

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17

Dimensions of Information Systems

Organizations

Management

Technology

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18

Dimensions of Information Systems: Organizations (1 of 2)

Hierarchy of authority, responsibility

Senior management

Middle management

Operational management

Knowledge workers

Data workers

Production or service workers

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19

Figure 1.6 Levels in a Firm

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20

Dimensions of Information Systems: Organizations (2 of 2)

Separation of business functions

Sales and marketing

Human resources

Finance and accounting

Manufacturing and production

Unique business processes

Unique business culture

Organizational politics

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21

Dimensions of Information Systems: Management

Managers set organizational strategy for responding to business challenges

In addition, managers must act creatively

Creation of new products and services

Occasionally re-creating the organization

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22

Dimensions of Information Systems: Technology

Computer hardware and software

Data management technology

Networking and telecommunications technology

Networks, the Internet, intranets and extranets, World Wide Web

I T infrastructure: provides platform that system is built on

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23

Strategic Business Objectives of Information Systems (2 of 2)

Firms invest heavily in information systems to achieve six strategic business objectives:

Operational excellence

New products, services, and business models

Customer and supplier intimacy

Improved decision making

Competitive advantage

Survival

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24

Operational Excellence

Improved efficiency results in higher profits

Information systems and technologies help improve efficiency and productivity

Example: Walmart (Retail Link system)

Power of combining information systems and best business practices to achieve operational efficiency—and over $485 billion in sales in 2017

Most efficient retail store in world as result of digital links between suppliers and stores

Amazon’s recommendation systems.

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25

New Products, Services, and Business Models

Information systems and technologies enable firms to create new products, services, and business models

Business model: how a company produces, delivers, and sells its products and services

Example: Apple

Apple transformed old model of music distribution with iTunes

Google TV.

Amazon web services.

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26

Customer and Supplier Intimacy

Customers who are served well become repeat customers who purchase more

Example: Mandarin Oriental Hotel

Uses I T to foster an intimate relationship with its customers, keeping track of preferences, etc.

Close relationships with suppliers result in lower costs

Examples: Mandarin Oriental Hotel and J C Penney (in text)

J C Penney uses I T to enhance relationship with supplier in Hong Kong

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27

Improved Decision Making (1 of 2)

Without accurate information:

Managers must use forecasts, best guesses, luck

Results in:

Overproduction, underproduction

Misallocation of resources

Poor response times

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28

Improved Decision Making (2 of 2)

Poor outcomes raise costs, lose customers

Real-time data improves ability of managers to make decisions.

Example: Verizon’s web-based digital dashboard to provide managers with real-time data on customer complaints, network performance, line outages, etc.

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29

Competitive Advantage

Often results from achieving previous business objectives

Advantages over competitors

Charging less for superior products, better performance, and better response to suppliers and customers

Examples: Apple, Walmart, U P S are industry leaders because they know how to use information systems for this purpose

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30

Survival

Businesses may need to invest in information systems out of necessity; simply the cost of doing business

Keeping up with competitors

Citibank’s introduction of A T Ms

Federal and state regulations and reporting requirements

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31

It Isn’t Just Technology: A Business Perspective on Information Systems

Business information value chain

Raw data acquired and transformed through stages that add value to that information

Value of information system determined in part by extent to which it leads to better decisions, greater efficiency, and higher profits

Business perspective

Calls attention to organizational and managerial nature of information systems

Investing in information technology does not guarantee good returns

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32

Figure 1.8 Variation in Returns on Information Technology

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33

Figure 1.7 The Business Information Value Chain

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34

Complementary Assets: Organizational Capital and the Right Business Model (1 of 2)

Assets required to derive value from a primary investment

Firms supporting technology investments with investment in complementary assets receive superior returns

Example: Invest in technology and the people to make it work properly

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35

Complementary Assets: Organizational Capital and the Right Business Model (2 of 2)

Complementary assets

Examples of organizational assets

Appropriate business model

Efficient business processes

Examples of managerial assets

Incentives for management innovation

Teamwork and collaborative work environments

Examples of social assets

The Internet and telecommunications infrastructure

Technology standards

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36

Approach of This Text: Sociotechnical Systems

Sociotechnical view

Optimal organizational performance achieved by jointly optimizing both social and technical systems used in production

Helps avoid purely technological approach

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37

Figure 1.10 A Sociotechnical Perspective on Information Systems

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38

Copyright

This work is protected by United States copyright laws and is provided solely for the use of instructors in teaching their courses and assessing student learning. Dissemination or sale of any part of this work (including on the World Wide Web) will destroy the integrity of the work and is not permitted. The work and materials from it should never be made available to students except by instructors using the accompanying text in their classes. All recipients of this work are expected to abide by these restrictions and to honor the intended pedagogical purposes and the needs of other instructors who rely on these materials.

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